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1801
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TAPPI T 456
TAPPI T456 is a test method that describes the procedure for the determination of the tensile strength of paper and paperboard after saturation with water.
1803
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ASTM D5379/D5379M-05
This test method covers the shear properties of composite materials reinforced by high-modulus fibers. The composite materials are limited to continuous-fiber or discontinuous-fiber-reinforced composites in specific forms.
1804
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*corp 01M-01-216
To determine the maximum force required to rupture (break) a woven fabric – Rugby only
1805
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BS EN ISO 6789
Wrenches, Torque, Hand tools, Screwdrivers, Marking, Approval testing, Quality control, Calibration
1806
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TAPPI T 284
This test evaluates the ability of corrugating medium to contribute to the compression strenght of a corrugated box.
1807
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ASTM D3164
Test method ASTM D3164 is used to produce shear strength data for joints to compare adhesives or evaluation surface treatments. Shear joints impose uniform stresses across the bond area which results in the highest possible joint strength.
1808
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ISO 8510-2
Specifies a 180° peel test for the determination, under specified conditions, of the peel resistance of a bonded assembly of two adherends where one adherend is flexible and the other is rigid.
1809
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NF S86-604
This document defines the test methods for characterizing metallic watch straps and the corresponding requirements.
1810
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BS EN ISO 527-2
ISO 527-2 specifies the test conditions for determining the tensile properties of moulding and extrusion plastics, based upon the general principles given in ISO 527-1.
1811
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ASTM D3330
These test methods cover the measurement of the peel adhesion of single and double-sided pressure-sensitive tapes.
1812
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ASTM D4776 / D4776M-18
ASTM D4776 is a test method used to determine the maximum adhesion force of tyre cords in rubber compounds.
1813
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ASTM D5467 / D5467M-97
ASTM D5467 is a test method that determines the in-plane compressive properties of polymer matrix composite materials reinforced by high-modulus fibers in a sandwich beam configuration.
1814
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ASTM F1839-08
This specification covers rigid polyurethane foam blocks or sheets recommended for use as a standard material for mechanical testing using orthopedic devices and instruments.
1815
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ASTM D6264 /D6264M-17
In ASTM D6264 a quasi-static indentation (QSI) test method is used to obtain quantitative measurements of the damage resistance of a continuous-fibre-reinforced composite material to a concentrated indentation force
1816
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ASTM F806-99a
ASTM F806 is a test method that covers determination of the short-time compressibility and recovery at room temperature of laminated composite gasket materials.
1817
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ASTM D3472
This test method covers the measurement of the torque developed when Type IA child-resistant closures are rotated in the counter-clockwise direction.
1818
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ASTM D5934-02
ASTM D5934 specifies the use of controlled rate of loading mechanical instrumentation on rectangular plastic bars molded directly or cut from sheets, plates, or molded shapes via three-point loading bending techniques to obtain material properties such
1819
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ISO 21180
ISO 21180 specifies a test method for the determination of the maximum tensile strength of light conveyor belts.
1820
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BS EN 2591-420
Aircraft components, Air transport engineering, Electrical connections, Electric connectors, Optical fibres, Fibre optic connectors, Test methods, Strength of materials, Tensile strain, Torsional strength, Bending stress.
1821
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ASTM D1710
Among tests for electrical and dimensional (temperature) stability, includes methods for tensile characteristics.
1823
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ASTM D3471
This test method covers the determination of the top-load required to engage lugs on Type IA child-resistant closures.
1824
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BS EN 1394
BS EN 1394 is a tensile test method to determine the initial circumferential tensile strength of plastic pipes.
1825
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ASTM D2344 / D2344M
ASTM D2344 is a test method, which determines the short-beam strength of high-modulus fiber-reinforced composite materials. It is applicable to all types of parallel fiber reinforced plastics and composites.